Water and Energy Abstracts
  • Year: 2004
  • Volume: 14
  • Issue: 4

82. Integration of Windpower Using Cogeneration Plants under Decreasing Space Heating Consumption

  • Author:
  • Poul Alberg Ostergaard
  • Total Page Count: 1
  • Page Number: 34 to 34

(Proceedings, First International Conference on Renewable Energy, 6–8 October 2004, New Delhi, pp. PG134-142).

Abstract

Energy systems are becoming increasingly complex with many interdependencies between energy sources, various energy transformation technologies, energy carriers and end-use energy systems. With the present technologies, a certain production on large-scale power plants is thus required to supply ancillary services for grid stability reasons. Incresing amounts of wind power thus require increasing amounts of electricity generation on large scale power plants. With heat in Denmark being supplied from such plants, heat savings reduce electricity generation on CHP (Cogeneration of Heat and Power) plants and thereby the amount of wind power that may be integrated into the electricity system. However, analyses reveal that even though this is an issue, the fuels savings from heat savings by far exceed the loss in utilisation of wind power.

Keywords

Energy systems, Energy transformation, Energy carriers, Grid stability, Wind power